What is the precise footprint allocated for this 2-nozzle volumetric depositor

At 520 x 410 x 280 mm, it operates perfectly on any standard reinforced stainless steel staging table, requiring very minimal facility spatial commitment.

How fast is the CIP dismantling sequence between differing batter runs

Due exactly to its quick-release structural design, one sanitation operator can execute a complete strip-down, washdown, and operational reassembly in less than five minutes.

Does the 550W system capability degrade when processing heavy fruit fillings

No, the electromechanical piston action is explicitly optimized to manage dense custards and heavy batters loaded with small particulates without experiencing torque failures or fluid cavitation.

What is the standard electrical phase configuration for this model

The unit utilizes a completely standard 220V single-phase electrical framework, permitting instant plug-and-play capability without demanding strict three-phase factory retrofitting.

How do you guarantee the accuracy of the heavy dosing cycles

The internal drive cam combined with positive shut-off nozzle technology maintains an absolute weight variance of under 1.5 grams per repetitive shot, totally eliminating costly material giveaway.

Depositor / Filling Machine

Detailed Equipment Introduction

Gain in-depth insights into Depositor / Filling Machine equipment’s working principles, application scenarios, and technical highlights.

Industrial 2-Nozzle Volumetric Filling Depositor: Precision Portioning for High-Viscosity Bakery Runs

The HSYL 2-Nozzle Filling Depositor operates as a highly compact, 550W precision volumetric injection unit strictly engineered for tight central kitchen layouts. Optimized for the handling of particulate-rich fruit fillings, heavy pound cake batters, and dense custard without compromising internal aeration, this standalone hardware forces exact dosing parameters and structural integrity onto high-capacity runs. It actively resolves the margin shrink caused by manual over-portioning.

Volumetric dosing precision maintaining weight variance strictly below 1.5 grams per cycle.
Minimal 520 x 410 x 280 mm footprint enabling rapid deployment onto existing workstation tables.
Sanitary SUS316L food-contact pathways engineered specifically for accelerated industrial CIP routines.

Depositor / Filling Machine(图1)

Technical Specifications of the Compact Volumetric Depositor

Model Parameter	HSYL-FD20L (Double Nozzle)
Target Operating Capacity	150 - 250 kg/h (Dependent on shot volume)
Main Motor Power	0.55 KW / 550W
Standard Voltage	220V Single-Phase
Hopper Volume	20 Liters
Overall Dimensions (LxWxH)	520 x 410 x 280 mm
Net Machinery Weight	38 kg
Material Construction	SUS304 Main Chassis, SUS316L Product Contact Zones

Targeted Engineering Defenses for High-Viscosity Dosing Operations

Relying on manual labor for pastry injection introduces unpredictable ingredient giveaway and severe ergonomic strain. We developed this depositor around strict return on investment principles mapping directly to factory floor realities.

Calculable Labor Redundancy: Deploying this automated volumetric unit systematically replaces 2 to 3 manual operators per shift. By establishing absolute control over dough and cream giveaway, operations directors typically document full capital recovery within a 12 to 14 week operational window, contingent on local wage variations.
Particulate-Preserving Fluid Dynamics: The internal mechanical transfer logic features an advanced anti-shear valve structure. It reliably processes batters loaded with chocolate chips or nut fragments without crushing the inclusions or breaking delicate emulsion matrices. This exact handling is a mandatory prerequisite when feeding semi-processed product directly into a downstream cake production line.
Uninterrupted Upstream Synchronization: Consistent volumetric stroke accuracy relies heavily on homogeneous batter viscosity. We engineer our depositors to seamlessly accept direct, standardized feeds from high-shear dough preparation units such as the YLM-25 commercial spiral mixer, ensuring vital workflow continuity and preventing material resting degradation between batches.
Rigid Washdown Protocols: Satisfying USDA and global HACCP mandates requires verifiable sanitation. The entire 20L hopper assembly and internal piston mechanism utilize a tool-less quick-disconnect architecture. A single sanitation worker can manually strip, thoroughly wash, and securely reassemble the dosing head in under five minutes, eliminating hazardous bacterial dead zones.

Internal Pneumatic Architecture and Stroke Repeatability

Analyzing the core mechanical transfer reveals a synchronous electromechanical piston mechanism powered directly by the 0.55 KW motor setup. Rather than relying on inaccurate gravity-drip methodologies prevalent in entry-level commercial units, our internal cam applies a calculated mechanical pressure. This ensures the fluid column remains perfectly continuous and free from disruptive air cavity formations even when handling stiff doughs.

The stroke length is precisely governed by the internal drive geometry, commanding the dual nozzles to execute simultaneous volume deposits with absolute repetition. Operators manage the shot adjustment via a tactile micro-dial, providing industrial-level agility during live continuous production cycles. Furthermore, the positive cut-off nozzle assemblies employ an aggressive mechanical retraction, explicitly severing trailing drips that would normally contaminate transport trays or conveyor belts.

Layout Deployment Strategies in High-Density Factory Environments

Industrial floor space remains a severely constrained utility. Measuring just 520 mm in length and 410 mm in width, the depositor is built for extreme spatial efficiency. In a standard mid-tier bakery layout processing up to 1000 kg/h, this single machine operates as a highly agile bridging station. It requires no heavy localized three-phase electrical modifications or facility pneumatic air drops, running cleanly on standard 220V power.

Facility engineers frequently mount the 38kg unit onto locking 304 stainless steel utility carts, permitting rapid physical deployment to different conveyor lines based on daily fluctuating SKU schedules. We rigorously supply exact mechanical footprint DWG files for engineering contractors integrating this machine into broader scale factory automation planning.

Global Compliance Standards and Commissioning Capabilities

Executing functional cross-border equipment installations demands rigid compliance frameworks. This volumetric depositor architecture carries complete CE electrical and machinery safety certifications. We consciously mandate universally accessible electronic relays and sensing switches within the control panel, deliberately bypassing proprietary software lock-ins. This guarantees your localized maintenance crews can source routine replacement components instantly. For large-scale factory upgrades spanning multiple machinery nodes, our international dispatch teams handle comprehensive on-site installation and mechanical commissioning, bridging the physical gap between basic hardware delivery and actualized production targets.

Ready to solidify your margin control and completely automate your pastry injection?

Contact our engineering sales division today to obtain a precise technical Quote, verify our 3D Equipment Layout DWG files, or secure an uncut Test operation video showing this depositor accurately handling highly viscous industrial batters.